RUHS CUET Paramedical Question Paper 2026 with Solution PDF

RUHS CUET Paramedical Question Paper 2026 with Solutions PDF

The RUHS Paramedical 2026 question paper with detailed solutions PDF will be made available after the exam is conducted. Candidates will be able to download the paper to analyse questions, understand the difficulty level, and evaluate their performance. This will also help future aspirants use it as a valuable resource for practice and revision.

RUHS Paramedical 2026 Answer Key PDF

The RUHS Nursing Answer Key 2026 is expected to be released in two stages:

• Unofficial answer key

• Official answer key PDF

Use both answer keys to evaluate your performance.

How to Calculate RUHS CUET 2026 Score Using Answer Key

Candidates can calculate their estimated score with the help of the RUHS Nursing answer Key and official marking scheme.

Steps to Calculate Score

• Count the total number of correct answers

• Count incorrect responses

• Use the official marking scheme

• Calculate the final expected score

Important Instructions

• Verify the correct question booklet code

• Match answers carefully

RUHS Paramedical 2026 Question Paper: Exam Pattern

The questions in RUHS Paramedical 2026 are based on the NCERT and are direct in nature. It becomes really important for you to understand the paper pattern for scoring a good score.

RUHS Paramedical 2026 Memory-based questions with detailed solution

Here are some RUHS Paramedical 2026 sample questions based on previous year papers (PYQs) to help you understand the exam pattern, question type, and difficulty level more clearly.

Question 1

After striking, the percentage of K.E. of a moving particle transferred to the stationary particle of equal is -

Option A: $50%$
Option B: $100%$
Option C: $10%$
Option D: $20%$

Correct Option: B

Explanation:
In a perfectly elastic collision between equal masses, the moving particle transfers all its kinetic energy to the stationary particle.

Question 2

A particle of mass $m$ moving with velocity $v$ strikes a stationary particle of mass $2m$ and sticks to it. The speed of the system will be -

Option A: $\dfrac{v}{3}$
Option B: $3v$
Option C: $2v$
Option D: $\dfrac{v}{2}$

Correct Option: A

Explanation:
Using conservation of linear momentum:
$m v = (m+2m)V$, therefore $V=\dfrac{v}{3}$.

Question 3

If ‘$g$’ denotes the acceleration due to gravity at a point distance ‘$r$’ from the centre of earth of radius ‘$R$’. If $r < R$, then -

Option A: $g \propto r^2$
Option B: $g \propto r$
Option C: $g \propto r^{-1}$
Option D: $g \propto r^{1/2}$

Correct Option: B

Explanation:
Inside the earth, acceleration due to gravity varies directly with distance from the centre.

Question 4

The coefficient of performance of a refrigerator is $5$ and operates at the room temperature $(27^\circ C)$, the temperature inside the refrigerator is -

Option A: $-27^\circ C$
Option B: $-25^\circ C$
Option C: $+23^\circ C$
Option D: $-23^\circ C$

Correct Option: D

Explanation:
Using $COP=\dfrac{T_2}{T_1-T_2}$ with $T_1=300K$, we get $T_2=250K=-23^\circ C$.

Question 5

$110 \ J$ of heat is added to a gas and its internal energy increases by $40 \ J$, then the amount of work done is-

Option A: $150 \ J$
Option B: $70 \ J$
Option C: $110 \ J$
Option D: $40 \ J$

Correct Option: B

Explanation:
From the first law of thermodynamics: $Q=\Delta U+W$.
Thus $W=110-40=70J$.

Question 6

Temperature at which $rms$ velocity of a hydrogen molecule is equal to that of an oxygen molecule at $47^\circ C$ is -

Option A: $3 \ K$
Option B: $80 \ K$
Option C: $-20 \ K$
Option D: $20 \ K$

Correct Option: D

Explanation:
Since $v_{rms}\propto \sqrt{\dfrac{T}{M}}$, equating rms speeds gives $T_{H_2}=20K$.

Question 7

In a closed organ pipe, the fundamental frequency is ‘$\nu$’. The ratio of frequencies of the next three overtones will be-

Option A: $3 : 4 : 7$
Option B: $3 : 5 : 7$
Option C: $2 : 5 : 7$
Option D: $2 : 3 : 4$

Correct Option: B

Explanation:
Closed organ pipes produce only odd harmonics.
Thus the next three overtones are $3\nu$, $5\nu$, and $7\nu$.

Question 8

The speed of sound in air is $330 \ ms^{-1}$. For apparent frequency of sound to increase by $50%$, the source should approach the listener with a speed of -

Option A: $165 \ ms^{-1}$
Option B: $220 \ ms^{-1}$
Option C: $330 \ ms^{-1}$
Option D: $110 \ ms^{-1}$

Correct Option: D

Explanation:
Using Doppler effect: $\dfrac{f'}{f}=\dfrac{v}{v-v_s}=1.5$.
Solving gives $v_s=110 \ ms^{-1}$.

How to Use RUHS Paramedical PYQs Effectively for 2026 Preparation?

PYQs aren't just for practice; use them as an advanced strategy tool.

• Use Previous Year Question (PYQ) papers as a smart preparation strategy, not only for practice.

• Identify repeated concepts and focus on high-weightage topics in the exam.

• Maintain a mistake notebook to improve weak areas and avoid repeating errors.

• Reattempt PYQs after 3–4 days to improve conceptual understanding and memory retention.

• Practise both topic-wise and full-length papers to improve accuracy and exam performance.

Best Books for RUHS Paramedical Preparation 2026

Choosing the right study material is as important as following the right preparation strategy. For candidates preparing for the RUHS Paramedical Entrance Exam 2026, selecting the best books can help build strong conceptual understanding and improve overall exam accuracy.